AMOS Integrations

Streamline your tooling management and eliminate all associated frustrations. MROTools is a dedicated web application designed specifically for managing tooling within the airline sector. This versatile tool can operate independently or seamlessly integrate with existing maintenance and engineering software, such as Amos. It provides all essential functionalities for daily engagement with various stakeholders and simplifies tool management through an intuitive mobile interface. As a provider focused solely on software, we are flexible enough to accommodate any hardware preferences of our clients, with MROTools supporting barcodes, QR code scanners, RFID tags, labels, and smart cabinets. The platform consolidates organizational information into an easy-to-navigate solution. MROTools not only minimizes the time spent awaiting maintenance tools but also notifies users about upcoming calibration needs, facilitating efficient and uninterrupted maintenance operations. Numerous airlines and MRO organizations, including TAP Portugal and Finnair, place their trust in our services. Additionally, we collaborate with CSAT, Endeavor, and RJC, enhancing their operational efficiency and reliability.

Skypaq's MBaaS offering streamlines the server-side framework, empowering developers to concentrate on app development without the need to manage the foundational server configurations. This allows them to seamlessly assemble the app's elements and write the corresponding code to connect them to the backend interface, as depicted in the provided image. As a result, developers can fully commit to crafting an application that aligns with user demands for both aesthetics and functionality. The MBaaS platform permits backend service developers to connect with a variety of backend systems, including those related to human resources or finance, and render these services available via user-friendly mobile APIs. During this initiative, backend service developers produce the APIs that populate the API catalog, which mobile app developers can then browse to identify the specific features they need for their projects. This process not only simplifies the development journey but also fosters improved collaboration between different teams, ultimately leading to more efficient and effective app creation. By leveraging such a platform, organizations can significantly reduce time to market and enhance the overall quality of their applications.

A robust software application tailored for complex engineering, testing, and operational tasks allows teams to collaboratively develop, modify, and track procedures that involve crucial mission data in a cohesive and standardized format. This system guarantees that critical steps and information are not missed, while also reducing errors through intelligent detection and automation capabilities. It ensures that every team member remains updated on their roles and deadlines, thereby improving overall coordination. By utilizing comprehensive metrics and reports, organizations can continuously enhance their operational efficiency and performance over time. Additionally, it guarantees the safe and effective execution of testing operations. The platform streamlines integration and testing workflows through structured bring-up and tear-down processes, enabling the effortless incorporation of real-time test stand data into procedural activities. A significant feature is the collection of test data that conforms to predefined workflows. Epsilon3 acts as the foundational software for spacecraft integrations and testing, offering a complete test log and history for documentation purposes. This adaptable platform supports the entire project lifecycle, from integration and testing to live operations, making it an essential resource for engineering teams. Moreover, Epsilon3's innovative framework fosters enhanced collaboration and effectiveness across various functions, ultimately leading to improved outcomes in engineering projects. With its comprehensive capabilities, the software empowers teams to achieve greater precision and consistency in their operations.